JP2004073056A - Method for modifying health beverage, beverage and liquors using electrolysis and electrodialysis - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a modification and improvement method by which electrodes are directly brought into contact with an object solution such as health drinking water, a raw material solution of health drinking water, drinking water, refreshing beverage, mineral water, juice, coffee, milk, tea, green tea, their mixed solutions, liquors, and electrification is carried out. <P>SOLUTION: Voltage is applied to the electrodes 1 and 2 and the object solution is fed to an electrolytic bath. An electrochemical reaction (oxidation) occurring in an anode is isolated from an electrochemical reaction (reduction) occurring in a cathode by using a diaphragm such as a cation membrane 4. The kind and presence of the diaphragm differ in use according to the kind and the treatment purpose of the object solution. When treatment is carried out so as to improve reducing power of the object solution and to prevent oxidation as one example, a method by which the object solution is fed to a minus bath (reducing bath) and water of city water level is fed to an oxidizing bath is performed. When a metal such as vanadium, is used as the anode, vanadium is eluted and a vanadium ion is increased in the object solution. A desired metal ion is dissolved in the object solution by changing the substances of the anode. <P>COPYRIGHT: (C)2004,JPO

Description

[0001]
TECHNICAL FIELD OF THE INVENTION
The present invention relates to the modification of liquors and health drinks and health drinks and beverages, soft drinks, mineral water, juices, coffee, milk, black tea, green tea, mixed liquids thereof, and the like by applying electrolysis or electrodialysis. And a method and a method for improving the effect of the solution.
[0002]
[Prior art]
Conventional drinking water, soft drinks, mineral water, juice, coffee, milk, black tea, green tea, mixtures of these, etc. The method is used.
[0003]
In addition, for the purpose of replenishing necessary metal ions and minerals, health drinks and drinking water, soft drinks, mineral water, juice, coffee, milk, black tea, green tea, and mixtures of these, in which metals and minerals are added, and There are also liquors.
[0004]
The production of these health drinks is based on adding (mixing) some substance to a solution. In many cases, the effectiveness of the health drink basically depends on the concentration of the added substance and the quality of the added substance. In other words, in order to enhance its effectiveness, {circle around (1)} the concentration of addition is increased.
(2) Change the quality or type of the added substance.
{Circle around (3)} Compounding multiple substances effectively.
It is manufactured by such a method.
[0005]
The same applies to the case where metal ions or minerals are added, and it is basically manufactured using a method such as changing the addition concentration and the quality or type of the substance to be added.
[0006]
A method in which drinking water, soft drink, mineral water, juice, coffee, milk, black tea, green tea, a mixture thereof, and liquor are subjected to treatment such as pH adjustment and antioxidation using additives such as chemicals. A method in which treatment is performed by heat to modify products (such as beverages). A method in which a solution is stored in a tank for a long period of time and aged is used.
[0007]
[Problems to be solved by the invention]
In the production of health drinks, there are methods to use rare and expensive substances to produce more effective products, but there are cost issues in producing cheap health drinks. Occurs. In addition, if the concentration of the currently used raw material is increased, the absorption rate to the human body decreases, and there are problems such as side effects of the substance on the human body.
[0008]
In addition, the search for inexpensive and highly effective substances has been conducted in various fields, but it goes without saying that such substances cannot be easily found.
[0009]
The present invention is to perform electrolysis or electrodialysis of healthy drink or raw material water (target solution) of health drink, and to apply an electric current directly to the target solution to cause an electrochemical reaction (oxidation, reduction reaction) in the solution to improve the effect. This is the first problem.
[0010]
As a second problem, when it is desired to store metal ions or the like in healthy water, a method of adding a substance containing the metal ions is generally performed. A second object of the present invention is to make use of the dissolution to allow metal ions to be contained in health drinks.
[0011]
In the production of drinking water, soft drink water, mineral water, juice, coffee, milk, black tea, green tea, a mixture thereof, and alcoholic beverages, there is an oxidation problem as a first problem. Oxidation of the product generally reduces the quality of the product. It is a third object of the present invention to improve the quality of beverages and alcoholic beverages by producing an oxidation and reduction reaction in a solution without using a chemical product by causing an electrochemical reaction in the solution.
[0012]
In addition, the hydration of components other than water is a major factor as a source of subjective taste evaluation such as mellowness of beverages and alcoholic beverages. When ingredients other than water are not well-dissolved in water, the taste itself may be curled, and in many cases it cannot be said to be a drink of good quality. In order to improve the roundness, it is necessary to improve hydration (ripening). This is the fourth problem.
[0013]
[Means for Solving the Problems]
Electrolysis or electrodialysis is used as a means for solving this problem. An electrode is brought into contact with a health drink or raw material water for a health drink, drinking water, soft drink water, mineral water, juice, coffee, milk, black tea, green tea, a mixture thereof, or liquor, and a voltage is applied to the solution. At this time, means for applying an electrochemical oxidation or reduction reaction which physically occurs at that time is used.
[0014]
Substances added (used) to healthy drinking water as an application method for healthy drinking water are to use the existing drugs, natural extracts, etc., and to conduct the electrolysis or electrodialysis treatment to make the substance effective. To improve.
[0015]
The application method for drinking water, soft drinks, mineral water, juice, coffee, milk, black tea, green tea, these mixed liquids, etc. and alcoholic beverages is similarly performed by applying voltage directly to the solution and performing electrolysis or electrodialysis treatment. Then, a reduction reaction (hydrogenation reaction) or the like is caused in the solution to generate a solution that is hardly oxidized. For improvement of hydration, phenomena such as changes in water clusters due to electrolysis are applied. In the present invention, a process with a relatively large processing current and a small processing voltage is called electrolysis, and a process with a relatively small processing current and a large processing voltage is called electrodialysis.
[0016]
In addition, as a method of allowing metal ions to be contained in a health drink, an elution reaction of an electrode in an electrolytic process is used. A metal to be retained is used as an anode, and a means for eluting the metal from the anode by electrolysis is used.
[0017]
As described above, the method of applying a voltage directly to a health drink or raw water for a health drink, drinking water, soft drink, mineral water, juice, coffee, milk, black tea, green tea, a mixture thereof, and alcoholic beverages is performed by applying an electrode to the solution. And a means for applying a voltage to the electrode and flowing a current to the solution is used. In the present invention, a portion in which a voltage is directly applied to each drinking water or liquor and an electric current flows through the solution is referred to as an electrolytic cell or an electrodialysis cell. The type of the electrolytic cell or the electrodialysis cell is systematically as shown in FIG. 1, and the electrolytic cell or the electrodialysis cell is properly used depending on the target solution and the treatment purpose. In addition, the magnitude and waveform of the current flowing in each solution (DC, pulsating current, pulse, AC and its frequency), etc., are also adjusted and selected according to the quality of each solution, processing purpose, and the like.
[0018]
Conventionally, such electrolytic treatment or electrodialysis treatment has been used only for a limited solution such as treatment of drinking water (alkaline ionized water) or generation of hypochlorous acid by electrolysis of saline. In this method, healthy drinking water or raw water and drinking water (soft drinks, mineral water, juice, coffee, milk, black tea, green tea, etc.) and alcoholic beverages are directly electrolyzed or electrodialyzed. To increase the activity (reducing, oxidizing, effectiveness, etc.) of the solution.
[0019]
In the present invention, performing electrolysis for the purpose of eluting metal ions is also included in the present invention. As a specific method, a metal electrode required for the anode is used to electrolytically elute the anode, thereby improving the capacity (concentration) of metal ions required for a solution of healthy drinking water or a raw material of healthy drinking water. The elution amount is controlled by the electric power applied to the electrode and the amount of the solution poured into the electrolytic cell.
[0020]
One of the features of this treatment method is that it is possible to increase the effectiveness of the solution (healthy drink or raw water of healthy drink) by electrolysis or electrodialysis without changing the concentration (addition amount) of the active substance. is there. An electrolytic reduction reaction, an electrolytic hydrogenation reaction, an electrolytic oxidation reaction, an electrolytic elution reaction, an electric ion transfer reaction, and the like are performed by electrolysis or electrodialysis.
[0021]
These reactions that occur by electrolysis or electrodialysis are referred to as electrochemical reactions in the present invention. The electrolysis or electrodialysis treatment should have good controllability because the reaction can be easily controlled by the magnitude of the current and voltage applied to the solution (healthy drink or raw water for drinking or drinking water and alcoholic beverages). Is also one of the features.
[0022]
In addition, the electrolytic reduction reaction and the electrolytic oxidation reaction can be performed separately by arranging a diaphragm provided between the anode and the cathode and separating them into an anode tank and a cathode tank.
[0023]
If it is not desired to elute metal from the electrode, the reaction can be minimized by performing the treatment using an electrode such as platinum which does not easily elute as the anode. Therefore, a feature of the present invention is that each electrochemical reaction caused by electrolysis or electrodialysis can be freely selected by changing the configuration (structure) of the electrolysis apparatus according to the application.
[0024]
BEST MODE FOR CARRYING OUT THE INVENTION
Next, an embodiment of the present invention will be described with reference to the drawings. FIG. 2 shows that healthy drinking water or a raw material solution of healthy drinking water, drinking water (soft drink, mineral water, juice, coffee, milk, black tea, green tea, a mixed liquid thereof, etc.) and alcoholic beverages are flowed into a non-diaphragm electrolytic cell. This is the electrolysis or electrodialysis tank of the device. Depending on the solution, reduction or oxidation of the target solution can be performed by electrolysis or electrodialysis by this method. When the purpose is to elute necessary metal ions, the metal of the anode is selected. If you do not want to elute, use platinum, iridium, varium or the like or an oxidized form thereof as an electrode.
[0025]
Fig. 3 shows a healthy beverage or a raw solution of healthy drinking water, drinking water, soft drink, mineral water, juice, coffee, milk in a diaphragm electrolyzer (neutral membrane) or diaphragm electrodialysis tank (neutral membrane). , Black tea, green tea, a mixture thereof, and alcoholic beverages. This device is a device capable of simultaneously performing electrochemical oxidation and reduction treatment of a raw material solution of a health drink or health drinking water and simultaneously moving cations and anions of the solution. When the purpose is to elute necessary metal ions, a metal for the anode is selected, and the metal is used as an electrode. If it is not desired to elute, use a metal such as platinum that has very little elution as the electrode.
[0026]
Fig. 4 shows healthy drinks or raw material solutions and drinking water of healthy drinking water, soft drinks, mineral water, juice, coffee, milk, black tea, green tea, etc. in a diaphragm electrolyzer (cation membrane) or diaphragm electrodialysis tank. It is a device for flowing mixed liquid and alcohol. This device simultaneously performs electrochemical oxidation and reduction of a raw material solution of a health drink or health drink water. Only the cations of the solution flowing into the minus tank move from the minus tank to the plus tank. Since the cations and anions of the solution flowing into the plus tank do not move, the apparatus performs an electrochemical reduction treatment without changing the composition of the flowing solution. When the purpose is to elute necessary metal ions, a metal for the anode is selected, and the metal is used as an electrode. If it is not desired to elute, use a metal such as platinum that has very little elution as the electrode.
[0027]
Fig. 5 shows a raw material solution of healthy drink or healthy drinking water or drinking water (soft drink water, mineral water, juice, coffee, milk, black tea) in a diaphragm electrolysis tank (anion membrane) or a diaphragm electrodialysis tank (anion membrane). , Green tea, a mixture thereof, etc.) and alcoholic beverages. This device simultaneously performs electrochemical oxidation and reduction of a raw material solution of a health drink or health drink water. Only the anions of the solution flowing into the plus tank move from the plus tank to the minus tank. Since the cations and anions of the solution flowing into the minus tank do not move, the apparatus performs an electrochemical oxidation treatment without changing the composition of the flowing solution. When the purpose is to elute necessary metal ions, a metal for the anode is selected and the metal is used as an electrode. If it is not desired to elute, use a metal such as platinum that has very little elution as the electrode.
[0028]
FIG. 6 shows the same raw material solution or drinking water for the same health drink or healthy drinking water in the oxidation tank and the reduction tank of a diaphragm electrolyzer (irrespective of the type of diaphragm) or a diaphragm electrodialysis tank (irrespective of the type of diaphragm). It is a device for flowing soft drinks, mineral water, juice, coffee, milk, black tea, green tea, a mixture thereof and the like, and liquor. This is a device that can perform oxidation and reduction simultaneously on the same solution. When the purpose is to elute necessary metal ions, a metal for the anode is selected, and the metal is used as an electrode. If it is not desired to elute, use a metal such as platinum that has very little elution as the electrode.
[0029]
FIG. 7 shows different types of healthy drinks or raw material solutions of healthy drinking water, drinking water, soft drinks, minerals in the oxidation tank and the reduction tank of the diaphragm electrolyzer (regardless of the type of diaphragm) or the diaphragm electrodialysis tank. It is a device for flowing water, juice, coffee, milk, black tea, green tea, a mixture thereof, and alcohol. When the purpose is to elute necessary metal ions, a metal for the anode is selected, and the metal is used as an electrode. If it is not desired to elute, use a metal such as platinum that has very little elution as the electrode.
[0030]
Figure 8 shows the raw material solution of healthy drinks or healthy drinks, drinking water, soft drinks, mineral water, juice, coffee, milk, black tea, green tea, mixed liquids thereof, and other necessary substances before the electrolytic treatment of alcoholic beverages. Is an apparatus for adding minerals for the purpose of reinforcing minerals and the like. Since the added substance is also subjected to electrolytic treatment, the activity of the added substance is increased. When the purpose is to elute necessary metal ions, a metal for the anode is selected, and the metal is used as an electrode. If it is not desired to elute, use a metal such as platinum that has very little elution as the electrode.
[0031]
FIG. 9 shows the health drink or the raw material solution of the healthy drinking water flowing into the electrolysis tank or the electrodialysis tank, drinking water, soft drink, mineral water, juice, coffee, milk, black tea, green tea, a mixture thereof, and alcoholic beverages. This is a device for adding a necessary substance after performing an electrolytic treatment, and is used when it is not desired to change the composition of the substance by reinforcing minerals or electrolysis. Since the added substance is not subjected to the electrolytic treatment or the electrodialysis treatment, it is a device in which deterioration or the like hardly occurs. When the purpose is to elute necessary metal ions, a metal for the anode is selected and used, and the metal is used as an electrode. If it is not desired to elute, use a metal such as platinum that has very little elution as the electrode.
[0032]
FIG. 10 shows a health drink or a source solution of health drinking water or a drinking water, a soft drink, a mineral water, a juice, a coffee, a milk, a black tea, a green tea, a mixed solution thereof and alcoholic beverages which flowed out of the electrolytic cell or the electrodialysis tank. This is a device for flowing again into the tank in the same direction, and a device for flowing (circulating) the solution flowing out of the reduction tank or the oxidation tank again into the same tank. This device is used when it is desired to give stronger electrolysis or electrodialysis to the target solution. When the purpose is to elute necessary metal ions, a metal for the anode is selected, and the metal is used as an electrode. If it is not desired to elute, use a metal such as platinum that has very little elution as the electrode.
[0033]
FIG. 11 shows the health drinks flowing out of the oxidation tank or the electrodialysis tank, or the raw material solution of the healthy drinking water, drinking water, soft drinks, mineral water, juice, coffee, milk, black tea, green tea, a mixed solution thereof, and alcoholic beverages. This is a device that flows into the tank in the opposite direction again, and the solution that flows out of the reduction tank or the oxidation tank flows again (circulates) into the other tank. Use this method when you want to perform oxidation and reduction. When the purpose is to elute necessary metal ions, a metal for the anode is selected, and the metal is used as an electrode. If it is not desired to elute, use a metal such as platinum that has very little elution as the electrode.
[0034]
FIG. 12 shows the use of anion and cation membranes in combination to form a raw material solution for healthy drinks or healthy drinks, drinking water, soft drinks, mineral water, juice, coffee, milk, black tea, green tea, mixed liquids thereof, and alcoholic beverages. In the processing apparatus, the healthy drinking water B in the figure is changed to drinking water having a low ion concentration by the electrolytic cell or the electrodialysis tank. In drinking water A, anions increase, and in drinking water B, cations increase. By using an electrolytic cell or an electrodialysis tank of this type, it is an apparatus capable of causing these reactions in the electrolytic cell or the electrodialysis tank. When the purpose is to elute necessary metal ions, a metal for the anode is selected, and the metal is used as an electrode. If it is not desired to elute, use a metal such as platinum that has very little elution as the electrode.
[0035]
The apparatus of FIGS. 3 to 12 is used in combination to improve the raw material solution of healthy beverage or healthy drinking water, drinking water, soft drink, mineral water, juice, coffee, milk, black tea, green tea, a mixture thereof, and alcoholic beverages. This is a device for improving quality. When the purpose is to elute necessary metal ions, a metal for the anode is selected, and the metal is used as an electrode. If it is not desired to elute, use a metal such as platinum that has very little elution as the electrode.
[0036]
The drawings of the electrolyzers in FIGS. 3 to 12 illustrate the single-plate structure (the electrolyzer having one anode cell and one cathodic cell) for easy understanding of the structure. The present invention also includes the use of an electrolytic cell or an electrodialysis cell of a form in which a plurality of cells are connected.
[0037]
【Example】
FIG. 13 shows changes in pH and ORP when ascorbic acid is electrolyzed in the electrolytic cell shown in FIG.
[0038]
FIG. 14 shows the results of analyzing the ascorbic acid solution before the electrolytic treatment by liquid chromatography. FIG. 15 shows the results of analyzing the ascorbic acid solution after the electrolytic treatment by liquid chromatography.
[0039]
FIG. 13 shows that the pH shifts to the alkali side by electrolysis, and the ORP (oxidation-reduction potential) also shows a more reducing property.
[0040]
FIGS. 14 and 15 show that this analysis cannot clearly show that the ascorbic acid solution has been altered by electrolysis.
[0041]
FIG. 16 shows an analysis result of an anionic substance in a solution of ascorbic acid which has not been subjected to electrolysis treatment with diluted water, which was analyzed by a capillary electrophoresis method.
[0042]
FIG. 17 shows an analysis result of an anionic substance in a solution obtained by performing an electrolytic treatment on a dilution water of ascorbic acid analyzed by a capillary electrophoresis method.
[0043]
From FIGS. 16 and 17, it can be seen that in the analysis by the capillary electrophoresis, the state of the anions has changed by performing the electrolytic treatment.
[0044]
FIG. 18 is a table of pH change and ORP change when ascorbic acid is circulated in a reduction tank.
[0045]
FIG. 19 is a table examining the zinc concentration of the solution when electrolysis was performed using zinc as the anode. It can be seen that the zinc concentration of the solution increases with time.
[0046]
【The invention's effect】
As described above, it can be seen that it is possible to give an oxidation-reduction reaction to healthy drinking water or a raw material solution of healthy drinking water by electrolysis or electrodialysis. Taking the electrolytic reduction treatment as an example, it can be seen that a so-called hydrogenation reaction is occurring in fine hydrogen bubbles generated from the electrode by electrolysis. Since the bubbles generated by the electrolysis are extremely fine and have a large contact surface area with the solution, the reaction proceeds more effectively than a normal hydrogenation reaction. At the same time, electrons are emitted from the anode into the solution in the cathode tank, supplying electrons to the substances contained in the healthy drinking water or the raw liquid of the healthy drinking water (for example, reducing substances such as various vitamins and amino acids are effective). It becomes. Through a series of such electrochemical reactions, the reducing power of the solution is improved. As a method of controlling the electric energy applied to the supply solution, it is also possible to control the electric energy by changing the electrolysis time, as can be seen from the results of FIG. Basically, a change in the solution can be caused by electrolysis (energization of the solution) without adding a chemical substance or the like. When processed by this method, the substances used in conventional health drinks, drinking water, soft drinks, mineral water, juice, coffee, milk, black tea, green tea, these mixed liquids, etc. and alcoholic beverages are used as they are, Production of highly effective health drinks becomes possible. As is clear from FIG. 19, ions corresponding to the current elute from the anode. By applying this technology, it is possible to generate metal ion water such as vanadium which is known to be effective for the human body.
[Brief description of the drawings]
FIG. 1 is a sectional view of a non-diaphragm electrolytic cell or an electrodialysis tank. FIG. 3 is a cross-sectional view of a neutral diaphragm electrolytic cell or a neutral membrane electrodialysis tank, and a health drink. Electrolysis reaction when raw material solution of water or healthy drinking water is flown. [Fig. 4] Cross-sectional view of cationic membrane electrolyzer or cationic dialysis cell, and raw material solution of healthy drinking water or healthy drinking water is flowed. [Figure 5] Cross-sectional view of an anion membrane electrolyzer or an anion membrane electrodialyzer, and the state of electrolysis when healthy drinking water or a raw material solution of healthy drinking water flows [Figure 6] Diagram of the same solution being poured into the reducing and oxidizing tanks of a diaphragm electrolyzer or diaphragm electrodialysis tank. [Fig. 7] Different types of solutions being poured into the reducing and oxidizing tanks of a diaphragm electrolyzer or diaphragm electrodialysis tank. Figure [Figure 8] Separation membrane electrolysis Or, a diagram in which an auxiliary agent adding device is added to the water inlet side of the diaphragm electrodialysis tank [FIG. 9] A diagram in which an auxiliary agent adding device is added to the outlet side of the diaphragm electrolysis tank or the diaphragm electrodialysis tank [FIG. 10] Diagram of circulating electrolysis in a diaphragm electrolyzer or diaphragm electrodialysis tank (electrolysis in the same tank)
FIG. 11 is a diagram of performing circulating electrolysis in a diaphragm electrolysis tank or a diaphragm electrodialysis tank (electrolysis in a different tank).
FIG. 12 is a cross-sectional view of a composite diaphragm electrolyzer or a composite diaphragm electrodialyzer and the state of an electrolytic reaction when drinks and alcoholic beverages are flown. Change in ORP [Fig. 14] Analysis diagram of ascorbic acid subjected to electrolytic reduction treatment by liquid chromatography [Fig. 15] Analysis diagram of ascorbic acid not subjected to electrolytic reduction treatment by liquid chromatography [Fig. 16] Electrolysis is performed Anion analysis diagram by capillary electrophoresis of ascorbic acid solution without [Figure 17] Anion analysis diagram by capillary electrophoresis of ascorbic acid solution after electrolysis [Figure 18] When ascorbic acid solution was subjected to circulating reduction electrolysis Changes in pH and ORP of Fig. 19 Table of zinc electrode elution experiments [Explanation of symbols]
DESCRIPTION OF SYMBOLS 1 Positive electrode 2 Negative electrode 3 Neutral membrane 4 Cationic membrane 5 Anion membrane 6 Separator (neutral membrane, cation membrane, anion membrane)
7 Addition port of necessary substances 8 Cation membrane or neutral membrane 9 Anion membrane or neutral membrane

Claims (14)

A healthy drink or a raw material solution of healthy drinking water, drinking water, soft drink, mineral water, juice, coffee, milk, black tea, green tea, a mixture of these, etc., and alcoholic beverages are flowed into the non-diaphragm electrolysis tank, and the liquor is turned on. How to make quality improvements. In a diaphragm electrolysis tank using a membrane without ion selectivity or a non-diaphragm electrodialysis tank, a healthy drink or a raw material solution or drinking water of healthy drinking water, soft drink, mineral water, juice, coffee, milk, tea, A method in which green tea, a mixed solution thereof, and alcoholic beverages are flowed in, and electricity is supplied to improve reforming. Separation membrane electrolysis tank using membrane without ion selectivity, or health drink or raw material solution and drinking water of health drinking water, soft drink, mineral water, juice, coffee, milk, tea, A method in which green tea, a mixed solution thereof, and alcoholic beverages are flowed in, and electricity is supplied to improve reforming. Healthy drinks or raw material solutions and drinking water of healthy drinking water, soft drinks, mineral water, juice, coffee, milk, black tea, green tea, etc. in a diaphragm electrolysis tank using a cation exchange membrane or a diaphragm electrodialysis tank A method for improving the reforming by flowing a mixture of these and the like and liquor and supplying electricity. In a diaphragm electrolysis tank using an anion exchange membrane or a diaphragm electrodialysis tank, a healthy drink or a raw solution or drinking water of healthy drinking water, soft drink, mineral water, juice, coffee, milk, black tea, green tea, A method for improving the reforming by flowing a mixture of these and the like and liquor and supplying electricity. The apparatus according to claim 1, wherein a healthy beverage or a raw material solution or drinking water of a healthy drinking water, a soft drink, a mineral water, a juice, a coffee, a milk, a black tea, a green tea, a mixed solution thereof, etc. Or the same health drink or the same solution of healthy drinking water or drinking water, soft drinks, mineral water, juice, coffee, milk, black tea, green tea, a mixture of these, etc. A method in which liquor and other solutions are flowed in and energized to improve reforming. Healthy drinks or raw material solutions of healthy drinking water, drinking water, soft drinks, mineral water, juice, coffee, milk, black tea, green tea, mixed liquids of these in non-diaphragm electrolysis tanks, diaphragm electrolysis tanks and electrodialysis tanks And a method in which a substance necessary for alcoholic beverages is added before the energization treatment, and the energization treatment is performed after the addition. Healthy drinks or raw material solutions of healthy drinking water, drinking water, soft drinks, mineral water, juice, coffee, milk, black tea, green tea, mixed liquids of these in non-diaphragm electrolysis tanks, diaphragm electrolysis tanks and electrodialysis tanks And a method of improving the reforming by adding a substance necessary for alcoholic beverages after the energization treatment. Health drinks from the diaphragm electrolysis tank or electrodialysis tank, or raw material solutions of healthy drinking water, drinking water, soft drinks, mineral water, juice, coffee, milk, black tea, green tea, a mixture thereof, and alcoholic beverages A method of flowing electricity into the electrolytic cell or the electrodialysis tank again and conducting electricity, and the raw material solution or drinking water, soft drink, mineral water, juice, coffee, milk of healthy drink or healthy drinking water discharged from the cathode tank or anode tank , Black tea, green tea, mixed liquids thereof, and alcoholic beverages are flowed into the same tank, and a current is applied a plurality of times to improve the reforming. Health drinks from a diaphragm electrolysis tank or a diaphragm electrodialysis tank, or raw material solutions of healthy drinking water, drinking water, soft drinks, mineral water, juice, coffee, milk, black tea, green tea, a mixture thereof, etc. In this method, liquor is allowed to flow again into the electrolytic cell or the electrodialysis tank, and the health drink or the raw material solution of the healthy drinking water discharged from the cathode tank or the anode tank is flowed into a different tank, and the current is treated a plurality of times to improve the reforming. Method. Healthy drinks or raw material solutions of healthy drinking water and drinking water, soft drinks, mineral water, juice, coffee, milk, black tea, green tea, etc. in an electrolytic cell using a combination of cation exchange membrane and anion exchange membrane A method for improving the reforming by flowing a mixture of liquor and liquor and supplying electricity. Claims 1 to 10 are used in combination for a health drink or a raw material solution or drink for health drink water, soft drink, mineral water, juice, coffee, milk, black tea, green tea, a mixture thereof, and alcoholic beverages. Method for improving the reforming of Using a batch-type electrolytic cell or a storage-type electrolytic cell, a health drink or a raw material solution of healthy drinking water, drinking water, soft drink, mineral water, juice, coffee, milk, black tea, green tea, a mixture thereof, and alcoholic beverages A method of improving the reforming by applying a current to the steel. Metal ions required to supply electricity to health drinks or health drinks, raw water solutions, drinking water, soft drinks, mineral water, juice, coffee, milk, black tea, green tea, mixtures thereof, etc., and alcoholic beverages Of minerals and minerals in healthy drinking water to enhance their effectiveness.

Images